LC8.5

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LC8.5 is a type of Transient Voltage Suppressor (TVS) Diode. It is designed to protect sensitive electronic equipment from over-voltage transients in environmentally harsh application fields. This diode is intended for applications such as surge protection, lightning protection, power distribution systems, electronic systems, military applications, and automotive electronics.

LC8.5’s protection mode is unipolar and has a low dynamic resistance. It can withstand surges up to 8.5 kilovolts and can handle pulse energies up to 355 watts. The LC8.5 is a lead-free diode that meets the RoHS directive, and it is constructed from high temperature glass passivated junctions. It also has high heat handling capabilities due to its thin, pressed epoxy package.

The working principle of an LC8.5 diode is that it operates by inhibiting surge currents from entering critical components in the device. When a surge occurs, the diode acts as a path for current to divert in an effort to protect the sensitive electronic components. If a large amount of current flows through the diode, the energy will be dissipated in the form of heat. This energy flows away from its source before any damage can be done to the device.

The LC8.5 diode holds an advantage when compared to other TVS diodes because it has a low dynamic resistance and is able to handle surge currents more efficiently. This results in less voltage drop and better protection of the device components under surge conditions. It is also very cost-effective and can be used in multiple applications.

In summary, the LC8.5 TVS diode is designed specifically for higher-voltage applications such as surge protection, lightning protection, power distribution systems, electronic systems, military applications, and automotive electronics. It is constructed from a high temperature glass passivated junction, and it can handle surge currents up to 8.5 kilovolts and pulse energies up to 355 watts. Its low dynamic resistance and cost-effectiveness makes the LC8.5 an ideal solution for protecting sensitive electronic equipment.

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